High-Quality CNC Lathe Milling Machine Manufacturer & Pricelist

Next-Generation Turn-Mill Centers & Slant Bed CNC Solutions for Industrial Precision Machining

Zhongshan Nuoxin Intelligent Equipment Co., Ltd.

Established in 2004, Zhongshan Nuoxin Intelligent Equipment Co., Ltd. has developed into a leading high-tech enterprise specializing in the R&D, manufacturing, and support of high-precision CNC lathes, turning-milling centers, and vertical machining centers.

With over two decades of dedicated specialization in the subtractive machining sector, Nuoxin has earned the prestigious title of "Guangdong Province High-tech Enterprise" and serves as a Council Member Unit of the Zhongshan Machinery Chamber. Our focus goes beyond supplying equipment; we deliver customized tooling layouts, process parameter optimization, and technical training to maximize our customers' production throughput and reliability.

Nuoxin Production Workshop Overview

Technology Roadmap & Future Outlook

How Nuoxin is pushing the boundaries of multi-axis machining through advanced research and hardware innovation.

Dual-Spindle Synced Machining

By implementing main and sub-spindle synchronization, our NXX series eliminates secondary handling, achieving higher throughput with zero transfer-induced misalignment.

Live Tooling & Y-Axis Integration

Empowered by BMT/VDI power turrets, our turn-mill centers process cross-drilling, tapping, and off-center pocketing operations in a single cycle setup.

AI-Driven Compensation

Addressing thermal drift in real-time, our prospective control systems integrate heat sensors inside the spindle box to automatically adjust compensation axes.

Quality Control Inspection Equipment

Standardized Manufacturing & Patent Leadership

Occupying a self-owned production base of over 20,000 square meters in Zhongshan Industrial Development Zone, Nuoxin applies strict control over mechanical structures. From utilizing aged cast iron bases to importing premium linear guideways and ball screws, every assembly step is monitored.

Our commitment to innovation is backed by multiple invention patents and certifications, including ISO9001 and ISO14001, proving that high repeatability, durability, and low thermal expansion are built into every CNC machine we ship.

Macro-Industry Machining Solutions

Tailored configurations to meet the demanding requirements of specialized industrial sectors worldwide.

Automotive & Electric Vehicles

High-volume turnaround for electric motor shafts, transmission components, and steering knuckles requiring sub-micron dimensional tolerances and surface finishes.

Aerospace & Defense

Machining complex superalloys, titanium components, and aircraft fasteners with rigid structural support and high-torque spindles to handle difficult materials.

Medical Implants & Optics

Ultra-precise sub-spindle machining of bone screws, dental implants, and connector housings with micro-machining parameters and fine surface control.

HVAC, Plumbing & Valves

High-speed gang tool lathes configured for heavy duty brass, copper, and stainless steel machining with short indexing cycles and automated bar feeders.

Localized Support & Compliance

Complete confidence from pre-sale assessment through to commissioning and lifelong technical support.

20+ Years of R&D Excellence
20K+ SQM Manufacturing Facility
ISO 9001 & 14001 Standards
100% Pre-Shipment Run-Out Tests

China Factory 4.0: Supply Chain Resilience

Leveraging China's world-leading machinery supply chain ecosystem in Guangdong Province, Nuoxin integrates internal manufacturing processes—from structural frame castings and heat treatments to precise component installation.

By securing direct control over component fabrication and maintaining standard component inventory, we reduce machine assembly cycles by 30% compared to traditional manufacturers, passing the cost savings and time efficiencies onto our global customers.

Nuoxin Precision Machining Line

Product Line Comparison & Configuration Guide

Understand the baseline specifications and configurations of key Nuoxin CNC systems to match your budget and application.

Model Series Bed Structure Type Max Spindle Speed Turret Config Live Tooling Support Best Applications
NXX-36A1 30° Slant Bed 4500-6000 RPM Gang Type Tooling Optional Axial Live Tools Small electronics, high-speed brass components
NXX-36AS 45° Inclined Bed 6000 RPM (Dual Spindle) BMT / Servo Turret Full Radial & Axial Support Twin-spindle, zero transfer parts processing
NXX-46B / BL 45° Inclined Bed 5000 RPM 8-12 Station Rotary Turret Available on "BL" Version Mid-sized shafts, complex engine connectors
NXX-52DEY 45° Inclined Bed 4000-5000 RPM Servo Live Turret + Y-axis Full Synchronized Live Milling Aerospace, heavy duty valve machining, medical

Frequently Asked Questions

Technical guidance and strategic selection advice straight from our engineering team.

What is the main benefit of a slant-bed CNC lathe compared to a flat-bed?
A slant-bed design (typically 30 or 45 degrees) provides superior chip evacuation, structural rigidity, and heat dispersion. The force of the cut is directed straight down into the heavy cast iron base, which dampens vibration and increases tool lifespan compared to traditional flat-bed designs.
Can you customize the CNC controller options (e.g., Fanuc, Siemens, Syntec)?
Yes, Nuoxin machines are compatible with leading CNC controllers globally. Based on your factory's standardization and programming habits, we configure Fanuc, Siemens, Mitsubishi, or Syntec controllers for easy integration into your shop floor.
How does the twin-spindle NXX-36AS handle workpiece transfer?
The secondary spindle synchronizes rotation speed with the main spindle, matches alignment parameters, and performs clamp-handoff automatically. This eliminates manual loading errors, allowing the system to mill the back-end details of raw bars in one seamless setup.
What are the lead times for custom machine configurations?
Standard configured models are often available in inventory or within 15-20 days. Custom live-tooling configurations, automated loading systems, and dynamic measuring setups generally take between 30 to 45 business days to construct, inspect, and ship.